stdweb - Rust. docs.rs. Geraadpleegd op 5 June 2019. “The goal of this crate is to provide Rust bindings to the Web APIs and to allow a high degree of interoperability between Rust and JavaScript.”
web_sys - Rust. docs.rs. Geraadpleegd op 5 June 2019. “Raw API bindings for Web APIs. This is a procedurally generated crate from browser WebIDL which provides a binding to all APIs that browser provide on the web.”
doi.org
Haas, Andreas (14 June 2017). Bringing the Web Up to Speed with WebAssembly. SIGPLAN Notices52 (6): 185–200. ISSN: 0362-1340. DOI: 10.1145/3140587.3062363. “While the Web is the primary motivation for WebAssembly, nothing in its design depends on the Web or a JavaScript environment. It is an open standard specifically designed for embedding in multiple contexts, and we expect that stand-alone implementations will become available in the future.”.
Staring at the Sun: Dalvik vs. ASM.js vs. Native. blog.mozilla.org. Geraadpleegd op 7 december 2019. “Even discarding the one score where asm.js did better, it executes at around 70% of the speed of native C++ code.”
Wasmer - The Universal WebAssembly Runtime. wasmer.io. Geraadpleegd op 19 februari 2021. “Compile everything to WebAssembly. Run it on any OS or embed it into other languages.”
Conventions — WebAssembly 1.0. webassembly.github.io. Geraadpleegd op 17 May 2019. “WebAssembly is a programming language that has multiple concrete representations (its binary format and the text format). Both map to a common structure.”
Introduction — WebAssembly 1.0. webassembly.github.io. Geraadpleegd op 18 June 2019. “... this specification is complemented by additional documents defining interfaces to specific embedding environments such as the Web. These will each define a WebAssembly application programming interface (API) suitable for a given environment.”
Introduction — WebAssembly 1.1. webassembly.github.io. Geraadpleegd op 19 februari 2021. “Its main goal is to enable high performance applications on the Web, but it does not make any Web-specific assumptions or provide Web-specific features, so it can be employed in other environments as well.”
Haas, Andreas (14 June 2017). Bringing the Web Up to Speed with WebAssembly. SIGPLAN Notices52 (6): 185–200. ISSN: 0362-1340. DOI: 10.1145/3140587.3062363. “While the Web is the primary motivation for WebAssembly, nothing in its design depends on the Web or a JavaScript environment. It is an open standard specifically designed for embedding in multiple contexts, and we expect that stand-alone implementations will become available in the future.”.
